hanxia HX IPEX 1.0-3P
Price:
Negotiable
MOQ:
5000
Delivery Time:
5-9 working days
Brand:
HX IPEX 1.0-3P
Product Description
Product Overview
Function: Antenna Seat ()
Usage: Designed to meet specific performance requirements for various applications.
Application Scenarios: The product is intended for use in environments with specified temperature and humidity ranges.
Brand
Hanxia Electronic ()
Part Number
HX IPEX 1.0-3P
Manufacturer
Shenzhen Hanxia Electronic Co., Ltd ()
Approvals
Customer Approval Signatures Required
Technical Specifications
| Item | Requirements | Test Methods |
|---|---|---|
| 1.1 Application Condition | ||
| Operating Environment | Temperature: -40C to +90C, Relative Humidity: 25%~85%, Without loss of function. | |
| Storage Environment | Temperature: -55C to +100C, Relative Humidity: 95% or Less, Without loss of function. | |
| 1.1.3 Ratings | ||
| Voltage Rating | 60VAC | |
| Nominal characteristic impedance | 50 | |
| Frequency | DC0.1~6GHz | |
| VSWR | Plug: 1.3Max. (DC0.1~3GHz), 1.5Max. (3~6GHz) Receptacle: 1.3Max. (DC0.1~3GHz), 1.4Max. (3~6GHz) | |
| 1.2 Health, Safety and Environment | All hazardous substances contained in this product should comply with the regulations specified by SGS. | |
| 1.3 Test Conditions | ||
| Temperature | 15~35 | |
| Humidity | 45% ~ 75% | |
| 1.4 Test Requirements and Methods | ||
| 1.4.1 Product Appearance | All components shall be properly assembled and free of burrs, warps, scratches, broken chips, and other abnormalities. | Visual inspection complies with applicable specification and document. Method: EIA 364-18B. |
| 1.4.2 Low Level Contact Resistance | Initial: 20m Max. Final: 70m Max. | |
| 1.4.3 Insulation Resistance | Initial: 500 M Min. Final: 100 M Min. | Apply 100V DC for 1 minute between adjacent contacts. Method: EIA-364-21D. |
| 1.4.4 Dielectric Withstanding Voltage | Current leakage: 0.50 mA Max. No evidence of breakdown or flash burn. | Apply 300V AC for 1 minute between plug and receptacle. Method: EIA-364-20D, Test Method B. |
| 1.4.5 VSWR | Frequency: 100MHz~6GHz | Measured by network analyzer. |
| 1.4.6 Un-mating force | Initial: 5N Min. After 30 cycles: 3N Min. | Push-on/pull-off speed: 253mm/minute. Method: EIA 364-09C. |
| 1.4.7 Crimp strength | 5N MIN | Pull the cable at a speed of 253mm/minute by tensile strength machine. |
| 1.4.8 Durability | Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. Appearance: No abnormality. | Mate and un-mate 30 cycles at a speed of 253mm/minute. Method: EIA 364-09C. |
| 1.4.9 Cable retention force | Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. Electrical discontinuity: No discontinuity greater than 1 micro-sec. | Apply force on the cable. Run 100mA DC during testing. |
| 1.4.10 Vibration | Appearance: No abnormality. Electrical discontinuity: No discontinuity greater than 1 micro-sec. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. | Frequency: 10Hz-100Hz-10Hz/approx 20 minutes. Half amplitude, peak acceleration: 1.5mm or 59m/s(6G). Directions: 3 mutually perpendicular directions, 3 cycles each. Run 100mA DC during testing. Method: EIA 364-28E. |
| 1.4.11 Physical shock | Appearance: No abnormality. Electrical discontinuity: No discontinuity greater than 1 micro-sec. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. | Peak acceleration: 735m/s(75G). Duration: 11msec. Wave Form: half sinusoidal. Directions: 6 mutually perpendicular, 3 cycles each. Run 100mA DC during testing. Method: EIA 364-27B. |
| 1.4.12 Humidity | Appearance: No abnormality. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. Insulation resistance: Initial 500M Min., After test 100M Min. Dielectric Withstanding Voltage: No creeping discharge, flashover, nor insulator breakdown. | Temperature: 402, Humidity: 90~95%RH, Duration: 96 hours. Method: EIA 364-31C, Method II, Condition A. |
| 1.4.13 Thermal shock | Appearance: No abnormality. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. Insulation resistance: Initial 500M Min., After test 100M Min. Dielectric Withstanding Voltage: No creeping discharge, flashover, nor insulator breakdown. | Cycles: 5 cycles of -55 (30 min) 85 (30 min). Transition time: 5 min Max. Method: EIA 364-32E. |
| 1.4.14 Temperature Life | Appearance: No abnormality. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. | Temperature: 902, Duration: 96 hours. Method: EIA 364-17B. |
| 1.4.15 H2S Gas | Appearance: No abnormality, performance is good. Center conductor contact resistance: Initial 20m Max., After test 40m Max. Ground contact resistance: Initial 20m Max., After test 40m Max. | Temperature: 402, Relative Humidity: 805%RH, Gas: H2S 31ppm, Duration: 96 hours. |
| 1.4.17 Solder ability | The number of reflow times is 2 within the profile temperature. |
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Company
Shenzhen ECER Network Technology Co., Ltd.
Location
Unit A2603, One Avenue (South Zone), Zhuoyue Meilin Center Plaza, No. 126 Zhongkang Road, Meidu Community, Meilin Subdistrict, Futian District, Shenzhen
Contact Person
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